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JP2017045762A |
To provide a spin thermoelectric transducer which is excellent in thermoelectric performance.A spin thermoelectric transducer 10 includes an electrode 30 formed on one surface 21 of a magnetic body 20. In the spin thermoelectric transduc...
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JPWO2014147967A1 |
The terahertz electromagnetic wave generator of this indication is constituted so that a thermoelectrical material layer (2) and this thermoelectrical material layer (2) may be irradiated with pulsed light (5), and it is provided with th...
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JPWO2014147966A1 |
The metal layer (13) in which the terahertz electromagnetic wave generator of this indication covers a part of surface of a thermoelectrical material layer (2) and its thermoelectrical material layer (2), It is constituted so that both t...
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JPWO2014147965A1 |
The thermoelectrical material layer (2) which the terahertz electromagnetic wave generator by this indication is supported by a substrate (1) and this substrate (1), and has the surface, The end of the surface of a thermoelectrical mater...
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JP6079995B2 |
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JP2017032451A |
To provide a highly-sensitive optical sensor in which a pyroelectric film efficiently absorbs beams.A beam detecting element 1 comprises a support substrate 14, a pyroelectric layer 24 which converts a heat output caused by light absorpt...
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JP2017034016A |
To provide a power generation material capable of fully developing power generation performance even in a high temperature range, and to provide a power generation element composed of that power generation material, and a power generatio...
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JPWO2014115518A1 |
In order to further raise spin style * current conversion efficiency in spin style thermoelectric conversion elements, thermoelectric conversion elements are provided with a magnetic body layer which has field inner-magnet-ization, and a...
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JP2016510398A5 |
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JP6066091B2 |
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JPWO2014098041A1 |
To provide a new spin style * current conversion material is desired about thermoelectric conversion elements. Thermoelectric conversion elements are provided with a magnetic body layer which has field inner-magnet-ization, and an electr...
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JP6057182B2 |
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JPWO2014087749A1 |
While the subject of the present invention shows good thermoelectrical conversion performance, it has flexibility or there is in providing the thermoelectric conversion elements which can be mounted in a concavo-convex field or a curved ...
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JPWO2014080577A1 |
An infrared detection device is provided with the following. Substrate, Heat type photon detection element. A substrate is provided with the following. Crevice, A frame part located in the circumference of a crevice. A heat type photon d...
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JP2016225421A |
To provide a thermoelectric conversion element capable of achieving improvement in sensitivity.A thermoelectric conversion element 300 comprises: a first electrode 60 provided on a substrate 10; a pyroelectric film 70 being provided on t...
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JP2016226107A |
To provide a power generating system capable of more efficiently generating power by preventing power generating performance of a first device from reducing.A power generating system 1 comprises: a heat source 2 having temperatures up an...
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JP6046630B2 |
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JP2016212007A |
To enhance sensitivity of a detection device using pyroelectric elements.A plurality (N) of pyroelectric elements PY1 through PYN and a plurality (N) of switches SW1 through SWN are connected in series between a node N1 and a node N2. An...
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JP2016205913A |
To provide an infrared sensor that can highly accurately detect lights applied not only to a detection element but also to a wiring.A pyroelectric infrared sensor 1 includes: a substrate 2 reflecting an infrared light 11; an infrared lig...
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JP6031928B2 |
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JP6032128B2 |
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JP6024598B2 |
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JP6017901B2 |
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JP2016186425A |
To provide an infrared ray detection device for detecting infrared ray with an enhanced detection performance.The infrared ray detection device includes: a support layer 6; a detection unit 1 formed on the support layer 6; and an infrare...
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JP2016186478A |
To provide an infrared ray detection device capable of determining a product which frequently generates sudden noises as a defective product in a before-shipping inspection etc. while reducing erroneous detection of infrared ray caused f...
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JP2016184688A |
To provide a niobate acid type ferroelectric thin film laminate substrate that enables higher adhesion strength as compared with the prior art when wire bonding is applied to a thin film element, and a ferroelectric thin film element cut...
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JP2016184687A |
To provide a niobate acid type ferroelectric thin film laminate substrate that enables reduction of the cost while maintaining the performance and the characteristics as a thin film element, and a ferroelectric thin film element cut out ...
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JP2016532864A |
A step which is a manufacturing method of a micro system (1) provided with a pixel, and prepares a silicon wafer, In order to form a step which forms a silicon oxide film (5, 6) in the silicon wafer, a step which forms a platinum layer i...
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JP2016532103A |
A laser radiation sensor contains a copper board into which a Orientation crystal buffer layer which carries a Orientation crystal sensor element of anisotropic transverse direction thermoelectrical material was grown up. An absorption l...
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JP2016173228A |
To provide a heat exchanger bed composed of a thermomagnetic molding, in particular, properly used for purposes of cooling or power generation in a heat exchanger.A packed heat exchanger bed composed of thermomagnetic material particles ...
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JP2016171246A |
To provide a thermionic power generation element having high power generation efficiency.A thermionic power generation element 1 includes: an emitter 2 for generating thermions; and a collector 3 for collecting thermions. The emitter 2 i...
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JP5991589B2 |
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JP5987835B2 |
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JP5989296B2 |
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JP5987242B2 |
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JP2016162881A |
To achieve higher output of a thermoelectric conversion element.In a thermoelectric conversion element, a magnetic substance layer 502 exhibiting a spin-Seebeck effect and a metal layer 503 exhibiting an inverse spin hole effect are lami...
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JP2016526213A |
Four possible non-tactile sense advancing-side-by-side gesture of a mode (111 thru/or 114) performed by a portion (115) which emits heat, A switch starting device (100) for operating a switch (103), At least four pixels (21 thru/or 24) a...
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JP5983382B2 |
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JP5977126B2 |
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JPWO2014041838A1 |
Thermoelectric conversion elements are provided with a magnetic body layer which has a magnetization ingredient of field inboard, an electromotive object layer containing material which has a spin orbit interaction, and a spin pouring la...
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JPWO2014013766A1 |
Thermoelectric conversion elements are provided with a thermoelectrical conversion sheet which has flexibility. A thermoelectrical conversion sheet is provided with a magnetic body layer, an electromotive layer formed with material which...
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JP2016119328A |
To provide a pyroelectric body capable of stably obtaining high pyroelectric coefficient (sensitivity) in a wide temperature range while hardly generating leak current even when a voltage is applied.The pyroelectric body contains an oxid...
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JPWO2014013766A |
Thermoelectric conversion elements are provided with a thermoelectrical conversion sheet which has flexibility. A thermoelectrical conversion sheet is provided with a magnetic body layer, an electromotive layer formed with material which...
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JPWO2014010286A |
Thermoelectric conversion elements are provided with a plurality of laminated thermoelectrical conversion unit structures. Each of a plurality of thermoelectrical conversion unit structures is provided with a magnetic body layer and the ...
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JPWO2014010286A1 |
Thermoelectric conversion elements are provided with a plurality of laminated thermoelectrical conversion unit structures. Each of a plurality of thermoelectrical conversion unit structures is provided with a magnetic body layer and the ...
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JP2016111081A |
To provide a pyroelectric body of which the pyroelectric coefficient (sensitivity) is high.The pyroelectric body includes an oxide containing iron, manganese, bismuth and neodymium. The oxide has a perovskite crystal structure and a rati...
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JP5931790B2 |
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JP2016103535A |
To provide a thermoelectric body that is able to increase an abnormal Nernst angle.A thermoelectric body 1, i.e., a magnetic body, which is used in a thermoelectric generation element 10 utilizing an abnormal Nernst effect contains iron ...
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JP2016103942A |
To provide a power generation system capable of generating power more efficiently.A power generation system 1 comprises: a heat source 2 of which the temperature rises and falls with the passage of time; a first device 3 of which the tem...
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JP2016092336A |
To provide a pyroelectric arranged so that a high pyroelectric coefficient (sensitivity) can be obtained with stability over a wide temperature range.A pyroelectric comprises: an oxide including iron, manganese, bismuth and gadolinium. T...
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